Week

Date

 Topic

 Reading

 Assignments

Notices and Dues

Notes

 1

03/05

1. Introduction

2. Definition of Qubit

 Lecture Note

Homework #1

  Due for Homework #1

[March 11th]

 2

03/12

3. Latex Practice for Quantum Computing

4. Qubit and Basis

5. Quantum Dynamics

 Lecture Note

[Link]

3

03/19

6. Beamer Practice for Quantuum Computing

7. Quantum Operators

8. Quantum Computing Implementation

Lecture Note

Homework #2

  Due for Homework #2

[March 26th]

4

03/26

9. IBM Q Access

10. Quantum Circuit

11. Bloch sphere-based representation

12. Quantum Deep Learning

Lecture Note

Homework #3

  Due for Homework #3

[April 1st]

5

04/02

13.Probability and Expectation of Quantum status

14. Quantum operator (Hermition and Unitary)

15. Sheorindger Equation

16. Specturm Decomposition

Lecture Note

6

04/09

17. Reversible operators

18. Superpositionn and entangled

19. Spectrum Decomposition (II)

20. CX gate and Toffoli gate

Lecture Note

7

04/16

Reading day

8

04/22

21. Quantum Fourier Transformation (I)

Lecture Note

9

04/23

22. Quantum Fourier Transformation (II)

24. Trace

25. Density operator

26. Density operator-based Dynamics

Lecture Note

10

04/30

27. QPE

28. HHL algorithm

Lecture Note

[Link]

11

05/07

Midterm exam

12

05/14

29. Gurobi Optimization

Lecture Note

13

05/21

30. Hardmard Gate and searching power

31. Phase Estimation

32. Grover algorithm (I)

Lecture Note

14

05/28

33. Bitwise operation

34. Phase Kickback

35. Deutsch algorithm

36. Deutsch-Jozsa algorithm

37.Grover algorithm (II)

Lecture Note

15

06/04

38. Implementation of Grover algorithm

39.Quantum Machine Learning

Lecture Note

16

06/11

reading days

17

06/18

Final exam

[Link]